Elon Musk, the CEO of Tesla and SpaceX, and the Chairman of SolarCity, recently divulged exciting plans for a new green energy solution. Instead of manufacturing solar panels that sit atop existing roofs, he announced his intentions to integrate solar capabilities directly into the roofs themselves.
During a SolarCity earnings call, Musk clarified: “It’s a solar roof as opposed to a module on a roof. It’s not a thing on the roof, it’s the roof.” The idea is to sell the entire roof itself, with built-in solar power capabilities, opening up a whole new market.
Discussing the proposed benefits, Musk noted that aging roofs would inevitably require replacement: “If your roof is nearing end-of-life, well, you’ve got to get a new roof anyway. So, why not have a solar roof that’s better in many other ways?” Tesla’s planned $2.6 billion acquisition of SolarCity could reportedly create a consolidated clean energy powerhouse.
While these plans may seem revolutionary, some critics argue that this approach may be too far ahead of global energy adoption progress. Yet, the adoption of such alternative energy solutions may be what African countries acutely need.
A 2015 KPMG report highlighted Africa’s struggle to provide quality electricity to its residents. The report quantified that only 12 of Africa’s countries ranked inside the top 100 in terms of easy access to electricity for businesses. The critical state of energy infrastructure is evident in Africa’s two largest economies: South Africa and Nigeria don’t even rank within the top 150 countries for ease of electricity accessibility.
Even though Africa is rich in oil reserves, local energy production capabilities lag far behind demand. For context, Nigeria, with a population of approximately 180 million people, needs about 33 million litres of petrol per day to function. Yet, it currently only has an available electric power capacity of 6,000 Megawatts (MW), compared to South Africa’s 45,000MW for a population of 52 million.
The scarcity of reliable power supply has led to a surge in alternative power supplies. Many individuals and businesses have resorted to owning personal power generators. However, the vulnerability to fluctuating petroleum product supply and inherent safety risks pose significant challenges.
A viable alternative source lies in solar-powered inverters. These devices charge from solar panels typically installed on rooftops and acquire popularity in middle-to-high-income neighbourhoods due to initial setup costs. However, advancing technology and declining panel costs are making solar options more attainable to a wider audience.
Here is where Elon Musk’s solar roofs show great promise for the African continent. Once the financial aspect becomes more accessible, solar roofs could potentially meet, if not exceed, electricity needs in Africa, boasting high solar irradiance levels.
Indeed, there will be significant logistical issues to overcome, such as maintaining the balance between a roof’s primary functions and its embedded solar panels, as well as building accommodation. However, these hurdles are not insurmountable, and the potential impact on energy generation is enormous.
The International Renewable Energy Agency predicts that solar will account for 13 percent of the world’s electric output by 2030. This prediction, coupled with SolarCity’s substantial losses in the second quarter of this year, may underscore Musk’s decision to merge the company with Tesla.
Known for his ambitious ventures, from electric vehicles to high-speed transportation systems like the Hyperloop, Elon Musk may yet again surprise the world by turning Africa’s energy crisis into a renewable energy revolution.
This power shift could ensure that Africa’s needs are met sustainably, promising a brighter, greener future for the continent’s electrification efforts.